Blogging

Cryptocurrency mining is the most recent growing trend. From Bitcoin to Ethereum, everyone who knows the concept of crypto-currency mining wants to earn as much money as possible. And for those who have not yet devoted themselves to the art of crypto-currency mining, we have published the ultimate beginner’s guide to help you unlock its secrets.

First of all, mining is an intensive computation work that requires a lot of processing power and time. Cryptomoney mining is the act of participating in a network of cryptomoney distributed by peers in consensus.

The origins of mining

We like to believe that to know where you are going, you need to know where you come from. And the cryptocurrency mining, although relatively new, has come a long way since the first Bitcoin in 2009. Bitcoin mining was the first crypto-currency mining that people knew, and today there are more than 800 crypto-currencies that can be mined and exchanged.

Current knowledge

If you don’t know the basics, you may limit your growth. When it comes to crypto-currency mining, it is important to know that there are 2 types of currencies – the loser and the pre-miner. Most currencies are shabby by their very nature because they are based on a blockchain (a chain of blocks).

However, some currencies that have been mined by insiders are also available for sale in various cryptographic currencies. It is these currencies that benefit insiders. Basically, proof-of-work currencies (PoW) are those that can be mined while proof-of-stake currencies (PoS) are those that are pre-mined.

Trust in the future

15 years ago, whatever you did in the Internet field could make you millions. Today, with good advice, the same could happen with crypto-currencies.

From Bill Gates saying “The future of money in this world is crypto money” to Chris Dixon saying “There were 3 eras of money – the one based on raw materials, the one based on politics and now the one based on mathematics”, we believe that crypto money will change the way the world works, and we explain here the mining of crypto money to make your life easier.

Crypto-currencies attracts crowds to the digital world and the crypto-currency mining gives you the right to your turn to perhaps make a fortune on these roller coasters. At the end of this rainbow there is really a golden pot waiting for you – in the form of digital tokens, contrary to legend. And we are happy to be your catalyst in these processes.

A mining rig

How to get rich with crypto-currency mining

You have sweaty palms and you’re nervous? It’s time for you to put all this behind you. We provide you with a detailed guide on how to exploit the Top 5 crypto on the market, how to mine them and the rewards involved. Ready? Ready?

Bitcoin mining

The queen of crypto-currencies had to be the first choice without a doubt. After all, bitcoin mining is the oldest (and still the most widespread) form of crypto-currency mining.

Bitcoin mining is intentionally designed to be difficult and resource-intensive, so that the number of blocks finished each day by miners remains stable.

Why are cryptocurrencies mined?

Governments and legal entities control national currencies. National currencies are therefore part of a centralized economic system. While cryptomones are decentralized currencies. No legal entity controls cryptomonnaies.

As there are no centralized bodies such as banks in cryptocurrencies, there is no need for private registers. Instead, there is a public register, which is unique to each currency. This public register is called the blockchain.

In a centralised economic system, it is the duty of a bank to update its customer register. But in the cryptocurrency system, there are no banks or third payment operators. So we need someone or something that can check the transactions and add them to the blockchain. It is the work of minors.

Nokia expands its comprehensive portfolio of broadband technology products and solutions to provide operators with greater flexibility to meet consumer demand and improve the performance of mobile networks as they evolve to 5G.

As mobile broadband traffic continues to grow, operators want to improve network performance where they see high demand – typically first deployments in dynamic urban centers.
Increased capacity, higher throughput and variable network latency are required to meet consumer, business and Internet of Things (IoT) demand and ensure a smooth transition to 5G. To this end, Nokia has defined a viable network evolution strategy that will enable operators to leverage existing investments and maximize resources such as spectrum, to increase performance where and when needed in the network.

To do this, Nokia is expanding its portfolio of AirScale distributed RF heads, enabling operators to increase maximum cell performance and capacity while reducing space requirements at cellular sites via new single- and dual-band FDD-LTE and TD-LTE radio solutions.

These solutions are based on carrier aggregation technologies, MIMO 4×4 and Beamforming 8×4. They also meet the demand for higher transmission power, expand support for frequency bands and simplify network deployments.

To intensify the deployment of heterogeneous networks and increase the coverage and capacity of the most frequented locations – especially in very dense urban environments – operators will have to deploy a new wave of small cells. Self-Organizing Network (SON) features on Flexi Zone small cells will simplify ultra-dense network deployments, providing solutions to problems caused by the reduced distance between existing and new small cells, and ensuring continuous optimization as densification continues.

Nokia has extended its SON functionality on its Femtocell product line to ensure smooth integration and increased performance in heterogeneous networks when unloading traffic on the macro network.

The new features of the first Nokia Flexi Zone CBRS small cells, which support Spectrum Access Server (SAS) and Citizen Broadband Radio Service Device Proxy connectivity, will provide operators with new options to increase coverage and capacity, especially inside buildings. CBRS Flexi Zone small cells can be used to deploy host-independent capabilities, allowing operators to lease capacity to other suppliers in shopping malls, hotels and office buildings where space is limited. By FCC requirements, small cells will be able to effectively communicate with the SAS server to verify that the network uses only the available shared CBRS spectrum.

To ensure the flexibility of wireless backhauling in heterogeneous and ultra-dense urban networks – which use microwave beam transport to connect small cells to fiber access points – Nokia Wavence Microwave solutions now support operator SDNs. Operators will benefit from new intelligence and a new level of automation: faster start-up of virtual network functions and adaptable settings to accommodate changes in the radio access network, for example when users move from their offices to their homes.

These multi-technology access solutions are anchored in the Nokia Cloud Packet Core solution. Its native cloud features and operations deliver the performance operators need to provide diverse, demanding and cost-effective applications and services: increased capacity, the large-scale scalability required for network densification, and the deployment flexibility required to deliver low latency.

Nokia continues to help operators plan and optimize their migration to 5G with its 5G Acceleration Services offering and expands its portfolio to include a complete “any haul” transportation offering. Nokia will work with operators to assess the state of their network and design and implement their 5G strategies and services.

We fully understand how changes to individual network elements can affect the network as a whole. And to develop our complete range of products.